Fuel Monitoring

Reduces costs and improves efficiency, giving you a competitive edge when tendering for contracts

Meets IOC/Charterer contract requirements

Offers fleet overview, including trend analysis

Monitors engine and generator running hours

Overview consumption reports daily/weekly/monthly/annually

Guarantees bunker accountability

Printable and electronic bunker delivery notes

Fuel security with tamper-proof solutions

Various measurement technology options to meet all budgets and requirements

Flexible monitoring options

Using CAN gateway, enginei reads and records fuel consumption and engine operating parameters directly from compatible engines and generators. Alternatively, we can install bespoke meters that measure your fuel flow to an even higher level of accuracy.

Bunker Monitoring

enginei uses sensors installed on all bunker manifolds to capture loaded and discharged fuel, providing reports for all bunker operations - including the ability to detect anomalies, both in real time and by analysing historical data.

Core functionality

Communication

All data is captured on-board and transmitted to the secure enginei server onshore for storage and analysis. The system backs up your data locally, keeping it safe if communication is temporarily lost.

Web Portal

The live data dashboard shows you all the latest data received from your fleet at a glance. Map overlays allow you to see weather, sea currents, waves and more. Our enginei onshore platform has a wide range of web API endpoints, allowing you to integrate it seamlessly with your existing systems.

Vessel Tracking (GPS)

enginei allows you to monitor vessel position and movements, combining real-time data from onboard sensors to build a holistic picture of fleet operations.

Auto Mode Detection (AMD)

enginei uses built-in intelligence to determine the operational mode of a vessel, eliminating the need for manual data input. The system is highly configurable to your vessel profile, using data from existing sensors, geo-fencing data and advanced data analytics to establish operational mode in real time.

Communication

All data is captured on-board and transmitted to the secure enginei server onshore for storage and analysis. The system backs up your data locally, keeping it safe if communication is temporarily lost.

Web Portal

The live data dashboard shows you all the latest data received from your fleet at a glance. Map overlays allow you to see weather, sea currents, waves and more. Our enginei onshore platform has a wide range of web API endpoints, allowing you to integrate it seamlessly with your existing systems.

Vessel Tracking (GPS)

enginei allows you to monitor vessel position and movements, combining real-time data from onboard sensors to build a holistic picture of fleet operations.

Auto Mode Detection (AMD)

enginei uses built-in intelligence to determine the operational mode of a vessel, eliminating the need for manual data input. The system is highly configurable to your vessel profile, using data from existing sensors, geo-fencing data and advanced data analytics to establish operational mode in real time.

Communication

All data is captured on-board and transmitted to the secure enginei server onshore for storage and analysis. The system backs up your data locally, keeping it safe if communication is temporarily lost.

Web Portal

The live data dashboard shows you all the latest data received from your fleet at a glance. Map overlays allow you to see weather, sea currents, waves and more. Our enginei onshore platform has a wide range of web API endpoints, allowing you to integrate it seamlessly with your existing systems.

Vessel Tracking (GPS)

enginei allows you to monitor vessel position and movements, combining real-time data from onboard sensors to build a holistic picture of fleet operations.

Auto Mode Detection (AMD)

enginei uses built-in intelligence to determine the operational mode of a vessel, eliminating the need for manual data input. The system is highly configurable to your vessel profile, using data from existing sensors, geo-fencing data and advanced data analytics to establish operational mode in real time.